We currently advise utilizing this software program for your error. Also, Reimage repairs typical computer errors, protects you from data corruption, malicious software, hardware failures and optimizes your PC for optimum functionality. It is possible to repair your PC difficulties quickly and protect against others from happening by using this software:

. You can see that the kernel version used by your system has reached the end of its life (EOL), as reported on the Linux kernel website.

This raises legitimate questions. Why does my Linux distribution use a kernel that has expired? Isn't that a security risk? Is my system safe?

Check The Linux Kernel Version And Determine The End-of-life Status

Now you can check on the official Linux kernel site which Linux kernels are still supported. It is displayed on the home page itself.

If the kernel website does not have a kernel version on the home page, this means that the specific version has expired.

As you can see, the 5.0 kernel is not listed here. This indicates that this version of the kernel is no longer supported. It really is.

Unfortunately, the Linux kernel life cycle does not follow a fixed pattern. It is not true that the regular stable version of the kernel is maintained for X months, and the LTS (Long Term Support) kernel is maintained for Y years.

Depending on your needs, there may be several versions of the LTS kernel with different EOLs. You can find themwith the predicted EOL on this page / a>.

Now a big question arises. Why is Ubuntu deploying the 5.0 kernel when the Linux kernel website indicates that end of life has been reached?

Your Distribution Uses The EOL Linux Kernel, But That's Fine!

They have their own modifications of the Linux kernel, they add GUI elements (desktop environment, display server, etc.) and software and make them available to their users.

In a typical workflow, a Linux distribution selects a kernel to make it available to users. And then he will keep this core for months or years, even after the core reaches the end of his life.

So how is it safe? This is due to the fact that the distribution manages the kernel, transferring all the main patches to its core.

In other words, your Linux distribution ensures that your Linux kernel is patched and that all bug fixes and important new features are ported to the backport. In addition to the “old obsolete poison Уу Linux ”are thousands of modifications.

If it is indicated on the Linux kernel website that a particular version of the kernel has reached EOL, this means that the accompanying Linux kernel will no longer update / fix this version of the kernel.

At the same time, the developers of Debian / Ubuntu or other distributions are trying to keep the previous version by transferring the corresponding changes from the new kernel versions (managed by the core kernel command) to the old kernel of your distribution.

Conclusion: even if your distribution uses an outdated Linux kernel, it is actually well supported and not really outdated.

Should I Use The Latest Stable Kernel Version?

A new stable version of the Linux kernel is released every 2-3 months. And many users are wondering who can get this brilliant new product.

To be honest, you should not do this unless you have enough good reason to do so. Your distribution does not provide this. You can't just use "sudo apt give-me-the-last-stable-stable-kernel".

Now install the main Linux kernel manually. Greg Croa-Hartman it sounds like this: "The best kernel you can use is one that is supported by someone else." And who could be better at this job than your Linux distribution!

I hope you better understand this topic and don’t panic the next time you find that the kernel version used by your system is coming to an end.

This is ,,. It was designed and created by in 1991

Versions Before 2.6.0 []

Version 2.6.x.y []

Linux kernel versions 2.6.16 and 2.6.27 were unofficially supported (LTS), ® , before the launch of the formal long-term support initiative in 2011.

The Linux kernel is,. It is deployed on a variety of computer systems, from mobile devices to ® to ,,,, and.
Its continued availability, development and support has spawned many commonly known as ®

Although the adoption of the Linux kernel in operating systems is low, Linux-based operating systems dominate almost all other computer segments, including its use in the operating system for and.

The Linux kernel was designed and built by in 1991 for its PC without cross-platform intentions. Since then, it has been expanded to support various IT architectures, doing much more than other cores. Linux quickly attracted developers and users who used it as a kernel for other projects, especially for ® , which was created as a free generic operating system and is based onpassed on to UNIX as a byproduct of Fallout.

The

API through which user programs interact with the kernel must be very stable and should not damage any program (some programs, for example, with a graphical interface, also depend on others). API). Test hardware as part of kernel functionality. The “built-in” device drivers (included in the kernel) must also be very stable. Unlike many other kernels and operating systems, the interface between the kernel and (LKM) does not have to be very stable in design.

The Linux kernel, developed by authors around the world, is a prime example. Daily development issues (LKML). The entire Linux kernel, as clearly indicated in the COPYING file, ® is published in version 2 (GPLv2), but also contains several files under other compatible licenses and a special exception for the API user space (UAPI).

Story []

In April 1991, when a 21-year-old college student began working on simple ideas for an operating system. It started with oneabout in one. On August 25, 1991, Torvalds published the following in comp.os.minix, a on:

On September 17, 1991, Torvalds prepared version 0.01 of the Linux kernel and provided the ftp.funet.fi FTP server for the Finnish university and research network (). It was not even executable because its code still needed Minix to compile and play.

On October 5, 1991, Linus announced the first "official" version of Linux version 0.02. Currently Linux can run Bash, GCC, and some other GNU utilities:

After that, many people contributed to the project code. From the very beginning, the community brought code and ideas to the Linux kernel. At the moment, he has created many components necessary for a free operating system, but his own kernel was incomplete and inaccessible. He has not yet been released. Despite the limited functionality of earlier versions, Linux quickly gained developers and users.

Torvalds assigned version 0 to the kernel to indicate that it is primarily for testing and not productive use. The Linux 0.11 kernel was released in December 1991. This version was the first because the Linux 0.11 kernel could be compiled from a computer with the same kernel version.

When Torvalds released version 0.12 in February 1992, he adopted version 2 (GPLv2) from his previous own license, which did not allow commercial distribution. On the other hand, all Linux kernels are available for free, including. The initial success of the Linux kernel was caused by the support of programmers and testers around the world. Structuring the Linux kernel according to standards, it was compatible with